º£½ÇÉçÇø

Steve SainJupiter Intelligence, º£½ÇÉçÇø COData Science @ JupiterIn 2017, the US faced over $300 billion in loses from hurricanes, severe weather, flooding, drought, fire, etc. These national catastrophes are placing an increasing burden on the

Andreas KloecknerDepartment of Computer Science, University of IllinoisFast Algorithms for the Evaluation of Layer and Volume PotentialsI will present new, asymptotically fast algorithms with high-order error bounds for the evaluation of layer and

Rebecca MorrisonDepartment of Computer Science, º£½ÇÉçÇøRepresenting model error in reduced models of interacting systemsIn many applications of interacting systems, we are only interested in the dynamic behavior of a subset of

Catherine SulemDepartment of Mathematics, University of TorontoBloch theory and spectral gaps for linearized water wavesWe consider the movement of a free surface of a two-dimensional fluid over a variable bottom. We assume that the bottom has

John HarlimDepartments of Mathematics and Meteorology, Penn State UniversityManifold learning based computational methodsRecent success of machine learning has drawn tremendous interests in applied mathematics and scientific computations. In this

Matthew Norman, Oak Ridge National LaboratoryFluids algorithms from a High Performance Computing PerspectiveNumerical approximations to Partial Differential Equations have provided diverse benefits to society over the years. Their applications in

Jennifer RyanDepartment of Applied Mathematics and Statistics, Colorado School of MinesSuperconvergence Extraction: How to do it? When is it applicable?Many numerical simulations produce data that contains hidden information. This hidden information

Henry AdamsDepartment of Mathematics, Colorado State UniversityAn introduction to applied topology This talk is an introduction to computational topology, as applied to data analysis and to sensor networks. The shape of a dataset often reflects

Adrianna GillmanDepartment of Applied Mathematics, University of Colorado º£½ÇÉçÇøAn efficient and high order accurate direct solution technique for variable coefficient elliptic partial differential equations For many applications in

Convergence to the Mean Field Game Limit: A Case Study Mean field games are used as approximations to n-player games with large n. Indeed, n-player Nash equilibria are known to converge to their mean field counterpart when the latter is unique